WO2022206303A1

WO2022206303A1 - Water-squeeze flat mop

Info

Publication number: WO2022206303A1
Application number: PCT/CN2022/079682
Authority: WO
Inventors: 朱雪林; 池丹俊; 周丽芳
Original assignee: 嘉兴捷顺旅游制品有限公司
Priority date: 2021-04-02
Filing date: 2022-03-08
Publication date: 2022-10-06
Also published as: CN115153374A

Abstract

A water-squeeze flat mop, comprising a mop plate (1), a mop rod (12) rotatably connected to the mop plate (1), and a water-squeeze frame (2) slidable along an axial line of the mop rod (12). The water-squeeze frame (2) comprises a frame body (21), and a first smoothing-out opening portion (22) which is provided with an empty space and allows the mop plate (1) to pass through the empty space during water squeezine, the first smoothing-out opening portion (22) remaining connected to the frame body (21), and the first smoothing-out opening portion (22) being movably arranged close to or away from the frame body (21).

Description

A squeezing level mop

technical field

The invention relates to a squeezing level mop, which belongs to the technical field of cleaning supplies.

Background technique

The water squeezing mop in the prior art includes a mop rod, a mop plate for setting wipes, and a squeezing rack slidably connected to the mop rod. The water rack is a fixed structure, and the length of the water squeeze rack cannot be changed. Therefore, the length of the water squeeze rack during logistics packaging is too long, which is not conducive to logistics transportation. At present, the longer-sized mop board has become the focus of consumer demand, and the lengthening of the mop board will inevitably lead to an increase in the length of the squeezing rack. Therefore, the aforementioned problem of unfavorable packaging size during logistics and transportation is more prominent.

SUMMARY OF THE INVENTION

The purpose of the present invention is to overcome the above-mentioned deficiencies in the prior art, and to provide a squeezing level mop with a reasonable structure design and an adjustable distance between the mouth and the frame.

The technical scheme adopted in the present invention is: a squeezing level mop, comprising a mop board, a mop rod rotatably connected with the mop board, and a water squeezing frame that can slide along the axial line of the mop rod; the water squeezing frame includes a frame body, There is a first slotting part where the mop board penetrates into the void when squeezing water, the first slotting part is kept connected with the frame body, and the first slotting part is designed to be close to and away from the frame. The active setting of the rack.

Wherein, a connecting device is used to connect the first opening portion and the frame body.

Wherein, the connecting device includes a guide rod that slides with the first opening or the frame when the distance between the first opening and the frame is adjusted, and when the first opening is adjusted After the distance between the mouth part and the frame body is adjusted to a preset position, the first mouth opening part and the frame body are kept fixed.

Wherein, the guide rod is slidably connected with the frame body, and the guide rod is fixedly connected with the first opening portion; or the guide rod is fixedly connected with the frame body, and the guide rod is connected with the first opening portion. A sliding mouth is connected.

Wherein, the connecting device includes a telescopic rod, and the two ends of the telescopic rod are respectively connected with the first opening part and the frame body.

Wherein, the connecting device includes a connecting rod structure, and two ends of the connecting rod structure are respectively connected with the first mouth opening and the frame body in rotation.

Wherein, it also includes a positioning member for keeping the first opening portion and the frame body fixed; one end of the positioning member is connected with the first opening portion, and the other end of the positioning member is connected with the The frame body is snap-connected; or, one end of the positioning piece is snap-connected with the first opening portion, and the other end of the positioning piece is connected with the frame body.

Wherein, there is a positioning mechanism between the guide rod and the first opening part or the frame body to restrict the movement of the guide rod and the first opening part or the frame body.

Wherein, the connecting rod structure includes a diamond-shaped connecting rod, and two ends of the diamond-shaped connecting rod are respectively connected to the first opening part and the frame body in rotation.

Wherein, the frame body further comprises a second mouth portion having a void where the mop board penetrates into the void when water is squeezed, and the second mouth portion and the first mouth portion are on the same axis, The distance between the second mouth and the first mouth is less than the length of the mop board, and the mop board can penetrate into the second mouth and the first mouth when squeezing water , the second mouth opening portion is closer to the top end of the mop rod than the first mouth opening portion.

Wherein, the frame body includes an operating member, and the connecting device includes a rotating cylinder sleeved on the outside of the mop rod to be rotatably arranged, and the rotating cylinder is rotatably connected with the operating member; the outer layer of the mop rod is fixedly provided with Threaded pipe, the rotating cylinder is connected with the threaded pipe threaded transmission, the rotating cylinder is connected with the push pipe threaded transmission, the push pipe is linearly connected with the mop rod, and the push operating member drives the rotating cylinder to rotate, the rotating cylinder The rotary drive of the push pipe moves linearly; the first mouth part is connected with the push pipe.

Wherein, the outer surface of the rotating drum has an annular groove arranged around the circumference of the rotating drum, the operating member has a convex piece matched with the annular groove, and the convex piece is arranged in the annular groove.

Wherein, the threaded pipe has an external thread, the rotating cylinder has a convex body matched with the external thread of the threaded pipe; the rotating cylinder has an internal thread, and the push pipe has a convex body matched with the internal thread of the rotating cylinder Or, the push pipe has an external thread, and the rotating cylinder has a convex body that is matched with the external thread of the push pipe.

Wherein, the operating member and the rotating cylinder are arranged coaxially, and there is a bearing between the operating member and the rotating cylinder.

Wherein, the pitch of the connection between the rotating cylinder and the threaded pipe is smaller than the pitch of the connection between the rotating cylinder and the push pipe.

Wherein, there is a guide bar on the first mouth opening or the extension section of the first mouth opening, and the mop rod is fixedly connected with a positioning block that is adapted to the guide bar, and the positioning block and the guide bar are concave-convex matched to define the first A lip portion slides linearly along the extending direction of the guide bar.

Wherein, the two sides of the first mouth opening are respectively provided with rollers which are in contact with the side edges of the mop plate when the mop plate moves in the mouth opening, and the rollers are arranged in a rotatable manner.

Wherein, the mop plate is provided with a wiper, and the first mouth is provided with a temporary storage for the water for washing the wipes, and the temporarily stored water flows to the temporary storage for the wipes when cleaning the mop. cavity.

Wherein, the position corresponding to the wiper on the first mouth is provided with an extruder for scraping the wiper, and the extruder is a scraper, or a rotating roller, or a combination of a scraper and a rotating roller. .

Wherein, the extrusion part is a combination of a scraper and a rotating roller arranged in rotation, and the rotating roller is arranged below the scraper.

Compared with the prior art, the present invention has the following advantages and effects: the distance between the mouthpiece and the frame body on the water squeezing rack of the present invention is adjustable, and when the mop is in an idle state, the distance between the mouthpiece and the frame body is adjustable. Can be shortened to reduce the length dimension of the squeezing rack. When it is necessary to squeeze water, the mouth part is extended, and the length of the water squeezing rack is lengthened, so that the mop board can be squeezed.

Description of drawings

FIG. 1 is a schematic structural diagram of Embodiment 1 of the present invention.

FIG. 2 is a schematic structural diagram of FIG. 1 from another perspective.

FIG. 3 is a schematic structural diagram of the connection between the first mouth opening and the guide rod according to the present invention.

FIG. 4 is a schematic structural diagram of Embodiment 2 of the present invention.

FIG. 5 is a partially enlarged structural schematic diagram of FIG. 4 .

FIG. 6 is a schematic view of the structure of the rotating drum according to the present invention.

FIG. 7 is a schematic view of the structure of the spiral tube of the present invention.

FIG. 8 is a schematic structural diagram of the combined state of the extrusion part and the temporary storage cavity according to the present invention.

Detailed ways

The present invention will be further described in detail below in conjunction with the accompanying drawings and through the examples. The following examples are to explain the present invention and the present invention is not limited to the following examples.

Example 1

As shown in FIG. 1 to FIG. 3 , a squeezing-level mop according to the present embodiment includes: a mop board 1, on which wipers 11 are arranged; a mop rod 12 rotatably connected to the mop board 1; The water squeezing rack 2 slides along the axial line of the mop rod 12 . The water squeezing frame 2 includes a frame body 21, the frame body 21 usually has a grip part, the frame body 21 is sleeved outside the mop bar 12, and the frame body 21 is slidable relative to the axial direction of the mop bar 12; a squeezing level. The board mop also includes a first opening portion 22 that has an empty space and the mop plate 1 penetrates into the empty space when squeezing water. A position corresponding to the wiper 11 on the first sweeping opening portion 22 is provided with a scraper for the wiper 11 . Rub the extrusions. When the wiper 11 of the mop needs to be cleaned, the mop plate 1 is rotated to be parallel to the mop rod 12, and the squeezing frame 2 is pushed. The extruder squeezes and scrapes the wiper 11, thereby removing the dirt and water on the wiper 11. When mopping is required, the water squeezing frame 2 is moved up, and the first mouth 22 is separated from the mop board 1, thereby switching to the mopping state. In this embodiment, the first opening portion 22 is kept connected with the frame body 21 , and the first opening opening portion 22 is movably arranged to be close to and away from the frame body 21 . When the wiper 11 of the mop needs to be cleaned, the first mouth opening 22 is relatively far away from the frame body 21; when mopping the floor or during logistics packaging, the first mouth mouth 22 is relatively close to the frame Body 21 is set. The main problem solved by this type of structure is that the first opening and the frame body 21 in the prior art are fixed and connected, and the distance between the two cannot be adjusted after the two are combined, so the length of the water squeezing frame is long, and the logistics The cost of transportation increases, the manufacturing of production molds is also high, and the space after use is also large, which is not conducive to storage. In the present application, the distance between the first mouth opening 22 and the frame body 21 is adjustable. When the wiper 11 of the mop needs to be cleaned, the water squeezing frame 2 can be adjusted to a longer state; when mopping the floor or during logistics packaging , and the water squeezing frame 2 can be adjusted to a shorter state.

In this embodiment, a connecting device is used between the first opening portion 22 and the frame body 21 . The connecting device keeps the first opening portion 22 connected with the frame body 21 , and can adjust the distance between the first opening portion 22 and the frame body 21 .

A preferred embodiment of the connecting device is as follows: the connecting device includes a sliding device that slides with the first opening part 22 or the frame body 21 when the distance between the first opening part 22 and the frame body 21 is adjusted. For the guide rod 23, when the distance between the first opening portion 22 and the frame body 21 is adjusted to a preset position, the first opening portion 22 and the frame body 21 are kept fixed. Specifically, the guide rod 23 is slidably connected to the frame body 21 , and the guide rod 23 is fixedly connected to the first opening portion 22 . When the first opening portion 22 is connected to the frame body 21 After the distance between them is adjusted to a preset position, the first opening portion 22 and the frame body 21 are kept fixed. the usual way. The specific implementation adopted in this implementation is that a positioning mechanism is provided between the guide rod 23 and the frame body 21 , the positioning mechanism includes an elastic jumping ball, and the elastic jumping ball is arranged on the guide rod 23 , and the frame body 21 is provided with an elastic ball. The concave position in which the jumping ball is embedded, when the first lip 22 slides to the preset concave position, the elastic jumping ball falls into the concave position, thereby fixing the guide rod 23 and the frame body 21. Since the guide rod 23 is a Rigid parts, so that the first opening portion 22 and the frame body 21 are also fixed. In another embodiment, the guide rod 23 is fixedly connected with the frame body 21 , and the guide rod 23 is slidably connected with the first opening portion 22 . After the distance is adjusted to the preset position, the first opening portion 22 and the frame body 21 are kept fixed. A positioning mechanism is provided between the opening portion 22. The positioning mechanism includes an elastic jumping ball. The elastic jumping ball is arranged on the guide rod 23. When the opening portion 22 slides to the preset concave position, the elastic jumping ball falls into the concave position, thereby fixing the guide rod 23 and the first opening portion 22. Since the guide rod 23 is a rigid part, the first opening portion 22 is fixed. The part 22 is also fixed to the frame body 21 .

Another preferred embodiment of the connecting device is as follows: the connecting device includes a telescopic rod, and the two ends of the telescopic rod are respectively connected to the first opening portion 22 and the frame body 21 . Preferably, the telescopic rod includes an outer tube and an inner tube that is sleeved with the outer tube, the inner tube is connected with an elastic jump ball, the outer tube is provided with a hole for the elastic jump ball to be embedded, and the outer tube and the inner tube slide to realize Retractable, the outer tube and inner tube are locked after the elastic jumping ball is inserted into the hole.

Yet another preferred embodiment of the connecting device is as follows: the connecting device includes a connecting rod structure, and both ends of the connecting rod structure are respectively connected with the first opening portion 22 and the frame body 21 . The connecting rod structure includes a first connecting rod and a second connecting rod rotatably connected with the first connecting rod. It also includes a locking piece for locking the rotating joint of the first connecting rod and the second connecting rod. Preferably, the locking piece is a limit block movably arranged on the rotating joint of the first connecting rod and the second connecting rod. It is a rigid part, and after the stopper is fixed with the first link and the second link, the rotation of the first link and the second link can be restricted. Preferably, the connecting rod structure is a rhombus connecting rod, and the two ends of the rhombus connecting rod are respectively connected in rotation with the first opening portion 22 and the frame body 21 . The aforementioned locking member can also be used on the diamond-shaped connecting rod to fix the rotating joint on the diamond-shaped connecting rod. Those skilled in the art can clearly implement the solution of locking the diamond-shaped connecting rod after knowing the aforementioned embodiment, so it is not repeated here.

In this embodiment, it also includes a positioning member 24 for keeping the first opening portion 22 and the frame body 21 fixed; the positioning member 24 is a rigid member as a whole, and can be used in the environment where the product of the invention is used. Restricting the movement between the first opening portion 22 and the frame body 21, one end of the positioning member 24 is fixedly connected to the first opening portion 22 or is rotationally connected or colliding connected, and the other end of the positioning member 24 is connected with the first opening portion 22. The frame body 21 is connected by buckles; the structure of the buckle connection includes technical means in the prior art. For example, the positioning member 24 is provided with an elastic jumping ball, and the frame body 21 is provided with a concave position, and the elastic jumping ball falls into the concave position. The snap connection can be realized, thereby keeping the positioning member 24 and the frame body 21 in a fixed state. Another embodiment is: compared to the previous solution, the position of the positioning member 24 is interchanged with the connection manner of the first opening portion 22 and the frame body 21 , and one end of the positioning member 24 is connected to the first opening portion 22 through a snap connection , the other end of the positioning member 24 is connected with the frame body 21 . The structure of the buckle connection includes technical means in the prior art. For example, there is an elastic jump ball on the positioning member 24, and a concave position is provided on the first opening portion 22, and the elastic jump ball falls into the concave position to realize the buckle connection, thereby The positioning member 24 and the first opening portion 22 are kept in a fixed state.

As a further preferred solution, in this embodiment, the frame body 21 further includes a second opening portion having a space where the mop board 1 penetrates into the space when water is squeezed. The first mouth opening 22 is on the same axis, and the distance between the second mouth opening and the first mouth opening 22 is less than the length of the mop board 1, and the mop board 1 can penetrate into any place when squeezing water. The second mouth-pulling part and the first mouth-pushing part 22 are closer to the top of the mop rod 12 than the first mouth-pulling part 22 . The frame body 21 in this embodiment includes two mouth-pulling parts, and the first mouth-pulling part 22 and the second mouth-pushing part have a distance. When squeezing water, the mop board 1 can be in the second mouth-pulling part and the first mouth-pulling part at the same time. Squeeze the mouth part 22, therefore, when the movable stroke of the water squeezing frame 2 is less than the length of the mop board 1, the squeezing frame 2 can scrape the entire wiper 11, which saves the user's physical strength and can clean with a short stroke at the same time. With a longer wiper 11, this solution solves the following problems: since the arm length of a person usually has an interval range, the longer mop board 1 can wipe a larger area when mopping the floor. When the mop board 1 is too long, the problem of insufficient stroke occurs when cleaning the wiper 11, that is, due to the limitation of the length of the human arm, the entire wiper 11 cannot be cleaned when the movable stroke of the water squeezing rack 2 is insufficient. It solved the problem very well. For example, in the present application, the first mouth opening 22 and the second mouth opening are fixed structures, that is, the distance between the two is not adjustable, and when cleaning the wiper 11, the movable stroke of the water squeezing frame 2 can be reduced However, the stroke of finally detaching from the mop board 1 is still long enough, and the stroke cannot be shortened when detaching, which is a problem existing in the fixed structure of the first mouth part 22 and the second mouth part. However, in this embodiment, the first mouth 22 and the second mouth can be arranged close to and away from the second mouth. When the water squeezing frame 2 is to be separated from the mop board 1, first move the water squeezing frame 2 to The second mouth part is separated from the mop plate 1, and then the first mouth part 22 is moved closer to the second mouth part until it is separated from the mop plate 1. This structure makes the mop switch to the mopping state, and the water-squeezing frame 2 is closed. The itinerary of activities can also be reduced.

In the art, generally, the size of the wiper 11 is comparable to the size of the mop board 1 .

Example 2:

As shown in FIG. 4 to FIG. 7 , the mop with a squeezing level plate described in this embodiment includes: a mop plate 1, on which the wipes 11 are arranged; a mop rod 12 connected to the mop plate 1 in rotation; The water squeezing rack 2 slides along the axial line of the mop rod 12 . The water squeezing frame 2 includes a frame body 21, the frame body 21 usually has a grip part, the frame body 21 is sleeved outside the mop bar 12, and the frame body 21 is slidable relative to the axial direction of the mop bar 12; a squeezing level. The board mop also includes a first opening portion 22 that has an empty space and the mop plate 1 penetrates into the empty space when squeezing water. A position corresponding to the wiper 11 on the first sweeping opening portion 22 is provided with a scraper for the wiper 11 . Rub the extrusions. When the wiper 11 of the mop needs to be cleaned, the mop plate 1 is rotated to be parallel to the mop rod 12, and the squeezing frame 2 is pushed. The extruder squeezes and scrapes the wiper 11, thereby removing the dirt and water on the wiper 11. When mopping is required, the water squeezing frame 2 is moved up, and the first mouth 22 is separated from the mop board 1, thereby switching to the mopping state. In this embodiment, the first opening portion 22 is kept connected with the frame body 21 , and the first opening opening portion 22 is movably arranged to be close to and away from the frame body 21 . When the wiper 11 of the mop needs to be cleaned, the first mouth opening 22 is relatively far away from the frame body 21; when mopping the floor or during logistics packaging, the first mouth mouth 22 is relatively close to the frame Body 21 is set. The main problem solved by this type of structure is that the first opening and the frame body 21 in the prior art are fixed and connected, and the distance between the two cannot be adjusted after the two are combined, so the length of the water squeezing frame is long, and the logistics The cost of transportation increases, the manufacturing of production molds is also high, and the space after use is also large, which is not conducive to storage. In the present application, the distance between the first mouth and the frame body 21 is adjustable. When the wiper 11 of the mop needs to be cleaned, the water squeeze frame 2 can be adjusted to a longer state; The squeezing rack 2 can be adjusted to a shorter state.

Preferably, the frame body 21 includes an operating member, and the connecting device includes a rotating cylinder 25 sleeved on the outside of the mop rod 12 and rotatably arranged, and the rotating cylinder 25 is rotatably connected with the operating member; on the mop rod 12 The outer layer is fixed with a threaded pipe 26, the rotating cylinder 25 is connected with the threaded pipe 26 in a threaded transmission, the rotating cylinder 25 is threadedly connected with the push pipe 27, and the push pipe 27 is linearly connected to the mop rod 12. Slidingly connected, the pushing operating member drives the rotating drum 25 to rotate, and the rotation of the rotating drum 25 drives the push tube 27 to move linearly;

Preferably, the outer surface of the rotating drum 25 has an annular groove 250 circumferentially arranged around the rotating drum 25 . After the annular groove 250 and the convex member 211 are concave and convex between the rotating drum 25 and the operating member, the two are arranged to rotate in the circumferential direction, which restricts their movement in the axial direction, that is, they remain fixed and connected in the axial direction. The rotating drum 25 can follow the movement of the operating member.

Preferably, the threaded pipe 26 has an external thread, and the rotating cylinder 25 has a convex body matched with the external thread of the threaded pipe 26. In this embodiment, the convex body matched with the external thread of the threaded pipe 26 is a superordinate concept. In specific implementation, the convex body matched with the external thread of the threaded pipe 26 may be a convex point, a section of helical protrusion, or a complete helical protrusion; the rotating cylinder 25 has an internal thread , the push tube 27 has a convex body adapted to the internal thread of the rotating cylinder 25, and the convex body that is adapted to the internal thread of the rotating cylinder 25 can be a convex point or a section of spiral during specific implementation. It can also be a complete spiral-shaped protrusion. Or, the push pipe 27 has an external thread, and the rotating cylinder 25 has a convex body that matches the external thread of the push pipe 27 . In specific implementation, the convex body matched with the external thread of the push tube 27 may be a convex point, or may also be a section of helical protrusion, or may be a complete helical protrusion.

Preferably, the pitch of the threaded connection between the rotating cylinder 25 and the threaded pipe 26 is smaller than the pitch of the threaded connection of the rotating cylinder 25 and the push pipe 27 . Specifically, when the threaded pipe 26 has an external thread, and the push pipe 27 has an external thread, the rotating cylinder 25 is a bridge for threaded transmission with the threaded pipe 26 and the push pipe 27, and the pitch of the external thread on the threaded pipe 26 is smaller than that of the push pipe 27. Pitch of the external thread on pipe 27. Under this structure, after the operating member is translated for a certain distance, because the pitch of the external thread on the threaded pipe 26 is relatively small, the angle of circumferential rotation of the rotating cylinder 25 is large, and the pitch of the external thread on the push pipe 27 is relatively large. Therefore, the circumferential rotation of the rotary drum 25 pushes the push tube 27 to translate the distance relative to the translation distance of the rotary drum 25 . This embodiment is only a single embodiment to illustrate the solution. The setting positions of the threads can be exchanged according to the situation, and can be implemented without technical contributions. Therefore, the specific examples are not limited to The case implementation of this embodiment is only to clearly illustrate the implementation scheme.

In this structure, the first mouth opening portion 22 has a longer range of movement relative to the operating member, which is also beneficial for the storage of the first mouth opening portion 22 .

Preferably, the operating member and the rotating drum 25 are arranged coaxially, and there is a bearing between the operating member and the rotating drum 25 .

Preferably, rollers 3 which are in contact with the side edges of the mop board 1 when the mop board 1 moves in the mouth-scraping portion are respectively provided on both sides of the first mouth opening portion 22, and the roller wheels 3 are arranged in a rotatable manner. . Preferably, both ends of the roller 3 have circumferentially annular flanges 31 respectively, and the mop board 1 is arranged between the two flanges 31 to limit the circumferential movement of the mop board 1 and facilitate translational squeezing.

Further preferably, a guide bar is provided on the first mouth opening portion 22 or an extension of the first mouth opening portion 22, and the guide bar includes a relatively convex bar-shaped piece and a relatively concave bar-shaped groove, and the mop rod. 12 is fixedly connected with a positioning block adapted to the guide strip, and after the positioning block is concavely matched with the guide strip, the first sliding opening portion 22 is linearly slid along the extending direction of the guide strip. Therefore, it is convenient for the mop book to penetrate into the first mouth portion 22 .

As shown in FIGS. 1-8 , as a preferred mode of the above two embodiments, in this embodiment, the mop board 1 is provided with a wiper 11 , and the first mouth portion 22 is provided with a wiper that can wash the wiper 11 with water. For the temporary storage of the water, the temporarily stored water flows to the temporary storage cavity 6 of the wiper 11 when the mop is cleaned. Specifically, the temporary storage cavity 6 is an area that can store water, and the external water can be accumulated in the temporary storage cavity 6. When squeezing water, during the translational movement of the squeezing rack 2, the water in the temporary storage cavity 6 is due to The effect of the squeezing activity flows back to the wiper 11 . In this embodiment, the transfer of water is realized through the temporary storage chamber 6, and the water in the temporary storage chamber 6 is diffused and released to the wiper 11, so that the entire area of the wiper 11 can be washed with water. Specifically, when the mop is washed in the mop bucket, due to the limitation of the size of the mop bucket, the water in the mop bucket cannot soak the entire wiper 11, but can only achieve partial soaking. The water liquid is brought to the high-level wiper 11, so that the low-level water liquid is transferred to the high level, so that the entire area of the wiper 11 can be washed with water, but the bucket used is relatively small. Preferably, when the first mouth opening 22 is provided with a cleaning mop, a pressing member that presses the wiper 11 on the mop plate 1 is a scraper 51, or a rotating roller 52 arranged to rotate, or The combination of the scraper 51 and the rotating roller 52 arranged to rotate. When the water squeezing rack 2 is in motion, the rotating roller 52 in this embodiment is in contact with the wiper 11, and the rotation of the rotating roller 52 can throw the water liquid of the wiper 11 to other areas of the wiper 11, thereby realizing wiping. The transfer of aqueous liquid in material 11.

In this embodiment, the extruding member is a combination of a scraper 51 and a rotating roller 52 , and the rotating roller 52 is arranged below the scraper 51 . In this embodiment, the rotating roller 52 is arranged below the scraper 51, and the rotating rotating roller 52 can realize the transfer of water. Because the rotating roller 52 is arranged under the scraper 51, it corresponds to the end of the wiper 11. For example, a scraper is provided. 51 cannot realize the transfer of water, and the water at the end of the wiper 11 may be scraped off directly and cannot be effectively used.

The above content described in this specification is merely an illustration of the present invention. Those skilled in the art to which the present invention pertains can make various modifications or additions to the described specific embodiments or substitute in similar manners, as long as they do not deviate from the content of the description of the present invention or go beyond the scope defined by the claims. , should belong to the protection scope of the present invention.

Claims

A squeezing level mop, comprising a mop board, a mop rod rotatably connected with the mop board, and a water squeezing frame that can slide along the axial line of the mop rod; The mop board penetrates into the first opening part of the empty space, and is characterized in that, the first opening part is kept connected with the frame body, and the first opening part can be close to and away from the frame body. activity settings.
A squeezing-level mop according to claim 1, characterized in that a connecting device is used to connect the first opening portion and the frame body.
A squeezing-level mop according to claim 1, characterized in that: the connecting device includes a connection between the first mouth-pulling part and the first mouth-pulling part when the distance between the first mouth-punching part and the frame body is adjusted. Or the guide rod of the frame body sliding, when the distance between the first mouth opening part and the frame body is adjusted to a preset position, the first punching mouth part and the frame body are kept fixed.
The mop of claim 3, wherein the guide rod is slidably connected to the frame body, and the guide rod is fixedly connected to the first mouth portion; or the guide rod It is fixedly connected with the frame body, and the guide rod is slidably connected with the first opening portion.
The mop of claim 2, wherein the connecting device comprises a telescopic rod, and the two ends of the telescopic rod are respectively connected with the first mouth part and the frame body.
The mop of claim 2, wherein the connecting device comprises a connecting rod structure, and the two ends of the connecting rod structure are respectively connected to the first mouth part and the frame in rotation.
A squeezing mop according to any one of claims 3 to 6, characterized in that: further comprising a positioning member for keeping the first squeezing portion and the frame body fixed; the One end of the positioning piece is connected with the first mouth opening, and the other end of the positioning piece is connected with the frame body by a buckle; or, one end of the positioning piece is connected with the first mouth opening by a buckle , the other end of the positioning member is connected with the frame body.
The mop of claim 3, characterized in that: there is a space between the guide rod and the first opening or the frame to limit the guide rod and the first opening. The positioning mechanism for the movement of the part or the frame body.
The mop of claim 6, wherein the connecting rod structure comprises a rhombus connecting rod, and two ends of the rhombus connecting rod are respectively connected to the first mouth part and the frame body in rotation.
A squeezing level mop according to any one of claims 1 to 9, wherein the frame body further comprises a second space having a space where the mop board penetrates into the space when water is squeezed. Squeeze the mouth part, the second squeezing mouth part and the first squeezing mouth part are on the same axis, the distance between the second squeezing mouth part and the first squeezing mouth part is less than the length of the mop board, squeezing water In this case, the mop board can be inserted into the second mouth part and the first mouth part, and the second mouth part is closer to the top of the mop bar than the first mouth part.
A squeezing-level mop as claimed in claim 2, characterized in that: the frame body includes an operating member, the connecting device includes a rotating cylinder sleeved on the outside of the mop rod and rotatably arranged, and the rotating cylinder is connected to the mop rod. The operating parts are connected in rotation; a threaded pipe is fixed on the outer layer of the mop rod, the rotating cylinder is threadedly connected with the threaded pipe, the rotating cylinder is threadedly connected with the push pipe, and the push pipe is connected with the threaded pipe. The mop rods are connected in a linear sliding manner, and the push operation member drives the rotary drum to rotate, and the rotation of the rotary drum drives the push line to move linearly; the first mouth portion is connected to the push tube.
A mop for squeezing a horizontal plate as claimed in claim 11, characterized in that: the outer surface of the rotating drum has an annular groove arranged around the circumference of the rotating drum, the operating member has a convex part matched with the annular groove, in the annular groove.
The mop of claim 11, wherein the threaded pipe has an external thread, the rotating cylinder has a convex body matched with the external thread of the threaded pipe; the rotating cylinder has an internal thread, The push pipe has a convex body matched with the internal thread of the rotating cylinder, or the push pipe has an external thread, and the rotating cylinder has a convex body matched with the external thread of the push pipe.
The mop of claim 11, wherein the operating member and the rotating cylinder are arranged coaxially, and a bearing is provided between the operating member and the rotating cylinder.
The mop of claim 11, wherein the pitch of the connection between the rotating cylinder and the threaded pipe thread drive is smaller than the thread pitch of the connection between the rotating cylinder and the push pipe thread drive.
The mop of claim 11, wherein a guide bar is provided on the first mouth opening or an extension of the first mouth opening, and the mop rod is fixedly connected with a guide bar. The adapted positioning block, after the positioning block is concavely matched with the guide strip, defines the linear sliding of the first lip portion along the extending direction of the guide strip.
A squeezing-level mop as claimed in claim 1 or 11, characterized in that: when the mop board moves in the squeegee part, the sides of the mop board are respectively provided on both sides of the first mouth-pulling part. The rollers are in contact with the edges, and the rollers are arranged in rotation.
The mop as claimed in claim 1, characterized in that: the mop plate is provided with wipers, and the first mouth is provided with a temporary storage for the water liquid that can wash the wipes. , the water temporarily stored when cleaning the mop flows to the temporary storage cavity of the wiper.
A mop for squeezing a horizontal plate as claimed in claim 1, wherein: a position corresponding to the wiper on the first mouth portion is provided with an extruder for scraping the wiper, and the extruder is a scraper, or Rotary set rollers, or a combination of scraper and rotary set rollers.
The mop for squeezing a horizontal plate according to claim 1, wherein the extrusion part is a combination of a scraper and a rotating roller arranged to rotate, and the rotating roller is arranged below the scraper.